History of the Universe in Computational Simulations

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Presentation transcript:

History of the Universe in Computational Simulations 60 Orders of Magnitude in 15 Epochs (or Eras)

Epoch or Era List by Time (seconds)

Big Bang – Planck (10-44 s) Simulation: Particle-Wave Duality via Two Slit Experiment using DeBroglie-Bohm Quantum Mechanics

Pre-Inflation GUT (10-43 s) Simulation: Angular Momentum Conservation via Compton Scattering Experiments

Inflation (10-37 s) Simulation: Inflation via Exponential Expansion Within an N-Body Simulation

Post-Inflation (10-32 s) Simulation: 3D Higgs & Strong Boson Components from Theoretical E8 Symmetry Model

ElectroWeak Symmetry Breaking (10-13 s) Simulation: 3D ElectroWeak Boson Components from Theoretical E8 Symmetry Model

Quark-Gluon Plasma (10-7 s) Simulation: 3D Quark Components from Theoretical E8 Symmetry Model

Meson Hadronization (10-4 s) Simulation: 3D Meson Components from Theoretical E8 Symmetry Model

Baryon Hadronization (10-2 s) Simulation: 3D Baryon Components from Theoretical E8 Symmetry Model

Lepton (1 s) Simulation: 3D Lepton Components from Theoretical E8 Symmetry Model

NucleoSynthesis: Hydrogen/ Helium/ Lithium Nuclei (10 s) Simulation: 2D Spherical Harmonic Schrodinger Wave Equation Solutions

Photon- Hydrogen/ Helium/ Lithium Atoms (103 s) Simulation: 3D Spherical Harmonic Schrodinger Wave Equation Solutions

Matter Dominated: Stellar NucleoSynthesis- Quasars (1012 s) Simulation: N-Body Simulation

ReIonization- Galaxies (1015 s) Simulation: N-Body Simulation

Dark Ages- Large Scale Structure (1016 s) Simulation: N-Body Simulation

Recombination: Solar Systems-Chemistry/Biology/Sociology (1017 s) Simulation: Stable Solar System Dynamics

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